What to do about brachial plexus injury? What is brachial plexus injury?

After brachial plexus injury, what to do is:

1. Remove factors that continue to damage the nerve, such as compression.

Yellow is the brachial plexus and is plexiform.

2. Electromyography to check the extent of nerve damage.

3. Surgical exploration of the brachial plexus, including decompression, nerve replantation (nerve repair) if rupture.

4. Drugs: neurotolepine, nerve growth factor, methylcobalamin and other drugs.

Brachial plexus injury is generally due to trauma, heavy pressure, fracture, traction, etc., which causes the brachial plexus to produce neurological dysfunction. The brachial plexus is composed of the nerve roots of the spinal cord, the neck 5-8, and the anterior branch of the thoracic 1 nerve, which mainly constitute several important nerve trunks of the upper limb, innervating the sensation and motor of the upper limb. Therefore, when the brachial plexus is damaged, paresthesia of the upper limbs will occur, and muscle paralysis and weakness will occur at the same time, commonly known as 1 4 paralysis.

In general, the incidence of brachial plexus injury is mainly determined by the degree of brachial plexus injury and the corresponding clinical manifestations.

If the damage is mild and only manifested as a nerve**, observational and oral nutritional neurological drugs** are often used, and gradual recovery can be achieved in about 2-4 weeks. If there is a rupture of the axon, the neurological function is constantly improving in the conservatism** process, and it can also be continued to be observed. If the nerve has not recovered significantly after three months, and imaging can confirm the diagnosis of radicular avulsion, brachial plexus surgery should be performed as soon as possible, and the nerve epicostal membrane can be released, the nerve rupture anastomosis, and nerve grafting after nerve suture can be performed.

Overall, the prognosis is related to the degree of nerve damage. Injuries are mild and tend to restore function better. If the damage is severe, sometimes the nerve function cannot be fully restored, even after surgery.

In mild cases, there will be nerve **, temporary dysfunction of the upper limbs, accompanied by tingling or burning sensation in the upper limbs, numbness and weakness of the arms; In severe cases, nerve axon rupture, nerve root and trunk rupture, upper limb paralysis to varying degrees, muscle paralysis or atrophy and weakness, motor and sensory dysfunction, and reflex weakening or disappearance may occur; In the most severe cases, it can cause nerve roots to rupture from the spinal cord, like "pulling out turnips", avulsion, and complete loss of function of the upper limbs.

Within a year and a half, there is no hope of recovery.

The brachial plexus, also known as peripheral nerves, is related to fractures and nerve injuries, blood edema invasion and compression of nerves, and prolonged shoulder detachment or traction nerve damage. The recovery of the disease lies in its own repair and the activation of the excitatory activation of the nerve by the drug to innervate the limb function, such as the knife wound to amputate the nerve before surgery**, the recovery of the disease lies in the early stage, such as the onset time is too long, the secondary ischemic atrophy of the nerve, it is difficult to change the status quo even if the operation is the first time, and the tissue edema after the operation will re-damage the nerve and cause no hope of recovery. No information can only provide you with a theoretical ** plan:

Chinese and Western compound enhancement improves local blood circulation for nerve injury. Softening the scar, preventing adhesions, improving microcirculatory blood supply, and stimulating the activation of paralytic shock nerve regeneration and repair nerves can obtain early recovery of various functions. The key to recovery lies in the early stage.

You'll need help with an electromyography to guide you.

Disability of Limb Vital Nerve Injury (1) Disability of Brachial Plexus and its Important Branches: The medical termination time for high brachial plexus injury on both sides is 10 15 months, and for one side injury is 10 months, and for the division injury of the brachial plexus, the termination time is 6 10 months. (2) Injury and disability of the lumbosacral plexus and its vital branches:

bilateral lumbosacral nerve injury with a medical termination time of 12 to 16 months; Branch injury of bilateral lumbosacral nerve, medical termination time of 10 to 12 months: Branch injury of unilateral lumbosacral nerve, termination time of 8 to 10 months. (3) Brachial plexus and lumbosacral plexus mixed injury disability:

Brachial plexus injury with lower extremity nerve branch injury, or lumbosacral nerve injury with upper extremity nerve branch injury, the termination time is 10 15 months, and upper extremity nerve branch injury with lower extremity nerve branch injury is 8 12 months.

The symptom is damage to the brachial plexus branch --- radial nerve. Recovery** lies in the early activation of the injured paralyzing shock nerve and sufficient blood supply and nutrition in order to restore the nerve to innervate and regulate the function of the prolapse wrist as soon as possible**!

Hello neonatal brachial plexus injury is good**No.

Generally speaking, most of the brachial plexus injuries do not have a special and effective method, and it is difficult to return to the previous normal level.

Yes, if you want to be cured, Chinese medicine can do it.

This requires surgery, which is generally done within three months, and the operation can receive better results, and it is necessary to pay attention to maintenance in the near future and not to use too much force.

Herbal nerve repair decoction that can be restored.

Brachial plexus injury is a very serious neurological disease, and the impact on patients is also very serious, so everyone must pay attention to it and do a good job in prevention. But what about in life? Knowing this, you can better prevent it.

Let's ask an expert to explain it to you. 1. Idiopathic brachial plexopathy; Also known as neuralgic amyotrophy or painful brachial plexitis, it is also called parsonage-turner syndrome. Such patients often have a history of viral infection, injections, trauma, or surgery.

In addition, occasionally, Lyme disease or rickettsial infection can occur. Brachial plexus damage has recently been reported in a tick-borne disease caused by the Ebrlicbia bacterium. 2. Thoracic outlet syndrome (TOS); A variety of cervical deformities can affect brachial plexus roots, plexuses, and blood vessels.

It can be unilateral or bilateral. Nerve fibers in the anterior branch of C8 and T1 or in the subtrunk trunk of the brachial plexus are compromised as the tightly pulled cervical fibrous ring extends from the first rib to the remnant cervical rib or the transverse process of the seventh cervical vertebrae. 3. Familial brachial plexopathy; It is difficult to distinguish this disease from painful brachial plexitis in the acute phase.

There is a family history, and its inheritance is characterized by monogene autosomal dominant inheritance and early age of onset. Sometimes cranial nerve damage (eg, aphonia) and damage to the lumbosacral plexus and autonomic nerves can occur. If there are manifestations of familial calatogenic neuropathy, multiple peripheral nerve involvement can be detected by nerve electrophysiology.

Sural nerve biopsy may reveal mild loss of nerve fibers, bizarre swelling, and sausage-like thickening of the myelin sheath. ？To sum up, it is a relevant introduction to the causes of brachial plexus injury, understanding the causes of brachial plexus injury, and better preventing the occurrence of diseases.